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Spivak A. A. Rybnov Yu. S. Riabova S. A. Kharlamov V. A. 《Doklady Earth Sciences》2021,498(2):487-490
Doklady Earth Sciences - The results of data analysis of instrumental observations of microbaric variations in the atmospheric pressure carried out at the Mikhnevo Geophysical Observatory and at... 相似文献
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S.?P.?SolovievEmail author Yu.?S.?Rybnov V.?A.?Kharlamov A.?V.?Krasheninnikov 《Geomagnetism and Aeronomy》2017,57(3):335-346
Data on observations of acoustic gravity waves and variations in the electric field strength in the surface layer of the atmosphere are presented. Analysis of the obtained data shows that synchronous variations in the pressure and electric field strength appear with the passage of a weather front, solar terminator, and in some other cases. It is seen that the amplitude of electric field perturbations is approximately proportional to the amplitude of variation in the pressure. A possible mechanism of generating electric field perturbations during the passage of microbaroms has been considered. 相似文献
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Doklady Earth Sciences - The results of instrumental observations for meteoparameters, microbaric variations, and variations in an electric field are analyzed at the Mikhnevo Observatory and the... 相似文献
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Doklady Earth Sciences - The results of instrumental observations of acoustic oscillations and geomagnetic variations during the fall of the bolide on November 17, 2021, near the town of Izhevsk... 相似文献
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Spivak A. A. Riabova S. A. Rybnov Yu. S. Kharlamov V. A. 《Doklady Earth Sciences》2021,500(2):852-856
Doklady Earth Sciences - The analysis of the instrumentally observed variations in the error of determining coordinates by the GPS navigation satellite system, performed at the Mikhnevo Geophysical... 相似文献
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Based on complex analysis of the results of instrumental observations during strong atmospheric disturbances, it is shown that hurricanes and squalls are accompanied not only by high wind velocities, but also by high-amplitude microbaric variations, variations in amplitudes of the microseismic background, and the vertical component of the electric field. It is established that 1–4 hours before the onset, squalls and hurricanes are characterized by increased amplitudes of microbaric variations in the range of periods of 2–6 min, as well as by low-frequency variations in the electric field and variations in the microseismic background, which together with the meteorological parameters can be considered as a complex prognostic criterion of an impending hurricane (squall). 相似文献
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Adushkin V. V. Rybnov Yu. S. Spivak A. A. Kharlamov V. A. 《Izvestiya Physics of the Solid Earth》2019,55(6):897-906
Izvestiya, Physics of the Solid Earth - Abstract—A new phenomenological model describing the propagation of acoustic disturbances in the stratospheric waveguide is proposed based on... 相似文献